SUPPLY CHAIN ARTICLES
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![New Years Resolutions-GettyImages-1289531659]( "ARW's ATMP Manufacturing Must-Reads (2024 NEW YEAR'S RESOLUTIONS EDITION!)")
ARW's ATMP Manufacturing Must-Reads (2024 NEW YEAR'S RESOLUTIONS EDITION!)Day-in and day-out, I write, read, listen to, and watch as much content as I can about CGT and RNA therapy manufacturing, in particular, and/or other ATMP industry-related topics that you should at least be aware of in the manufacturing facility. Once a month, I compile the articles and industry updates I think are most worthy of your time into an unconventional newsletter format (below) and send them out via email.
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![iStock-1095134748]( "Therapeutic Oligonucleotides: Regulations & Quality Standards")
Therapeutic Oligonucleotides: Regulations & Quality StandardsOligonucleotides have surfaced in the past few years as promising therapeutic agents to treat diseases such as neurodegenerative disorders, respiratory disorders, cancer, and diabetic retinopathy. This article recaps a recent USP workshop where participants from regulatory agencies, industry, and academia gathered to discuss best practices and perspectives.
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![Engraver-wood-working-GettyImages-505274864]( "Defining The RNA Therapeutics Industry In 2023")
Defining The RNA Therapeutics Industry In 2023Four executives outline which industry challenges, strategic considerations, and opportunities should be top of mind as RNA therapeutics companies establish their to-do lists for 2023.
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![iStock-997784670-selection-chain]( "Biomanufacturing Capacity Crunch: It's The Supply Chain's Fault")
Biomanufacturing Capacity Crunch: It's The Supply Chain's FaultWhat's behind the protracted biopharma manufacturing capacity crunch, when will it end, and what are manufacturers doing to keep supply on track? During Biotech Week in Boston ad BioProcess International, CDMOs and sponsors weighed in.
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![Teamwok-GettyImages-1411776159]( "4 Risk Mitigation Strategies For mRNA Production")
4 Risk Mitigation Strategies For mRNA ProductionPlanning and procuring custom materials needed to manufacture mRNA remains a top concern. This article shares risk mitigation strategies for multi-sourcing, S&OP process, packaging size, and material expiry.
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![Key takeaways-GettyImages-1659816694]( "Plasmid Production: 3 Key Takeaways For mRNA Manufacturing")
Plasmid Production: 3 Key Takeaways For mRNA ManufacturingFollowing my latest Live panel on analytical and manufacturing technology innovations for mRNA production, I wanted to provide a few high-level takeaways I gleaned from our discussion on the overlooked darling of the mRNA space: The plasmid.
SUPPLY CHAIN VIDEOS
Three LNP experts share their thoughts on the incremental advancements they’d like to see the RNA-LNP space make in the next few years.
Advancing RNA Live panelists Tyler Goodwin and April Sena start off our latest discussion on technology innovations in mRNA production by surveying the current manufacturing process for plasmid production, highlighting where they’ve seen advancements and what biotechs need to consider to obtain plasmids of the appropriate quality for mRNA production.
Explore the broad benefits and challenges that could be encounter by working with self-amplifying and circular RNA modalities — particularly in terms of manufacturing, raw material supply, COGS, and patient centricity.
Learn how single-use technologies deliver important benefits for mRNA manufacturing, including increased speed, quality, flexibility, and adaptability to different dosages and scale-up strategies.
ARTICLES, APP NOTES, CASE STUDIES, & WHITE PAPERS
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![Gene Therapy iStock-1291142726]( "Key Challenges for CRISPR In Clinical Development")
Learn how to approach CRISPR cell and gene therapy development challenges, such as regulatory hurdles, ensuring consistency, finding qualified and experienced staff, and obtaining GMP-Grade reagents.
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![DNA molecules 450x300]( "Chromatographic Purification Of Plasmid DNA")
Widespread application of pDNA in gene therapy is driving increased demand and as a response, plasmid manufacturing must become more efficient with improved productivity. Intensification of chromatographic steps can help address this demand and has led to an exploration of the use of convective media (monoliths, membranes, fibre based technologies).
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![GettyImages-624034258 chemical mixing]( "Demystifying CRISPR gRNA Chemical Modifications")
Chemical modifications on CRISPR gRNAs enhance stability, editing efficiency, and reduce immune responses, enabling in vivo applications and clinical success.
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![GettyImages-1059548518 global conntection]( "The Key To Improving Global Supply Chain Resilience")
Explore the past, present, and future of supply chain security, ways the biopharma industry can secure supply chains and minimize risks, and more.
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![GettyImages- 1180547354 trial data]( "Understanding CRISPR Clinical Trials: Your Questions Answered")
CRISPR technology is revolutionizing cell and gene therapies, but how do CRISPR clinical trials work? Follow this explanation of CRISPR therapies from the discovery phase to FDA approval.
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![GettyImages-1459917555-lab-research-development-gene-genetic]( "Mastering mRNA Manufacturing: A Focus on Raw Materials & Supply Assurance")
Rapid advancements in mRNA-based therapeutic development have underscored the role of raw material quality and supply chain management in ensuring their successful production.
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![iStock-1087219198-lab-computer-cleanroom-research-development-production]( "GMP-Source® And Phase-Appropriate Use For Early-Stage Clinical Trials")
GMP-Source is a more robust, less rigid alternative to full cGMP production that mirrors nearly all of the oversight and quality standards of full cGMP production while relaxing certain commercial standards, helping companies overcome the hurdles that can stall early development.
